Researchers from UMC Utrecht and Utrecht University developed GRACE, a cutting-edge volumetric bioprinting workflow combining artificial intelligence, advanced imaging, and context-aware printing. This innovative approach enables adaptive construction of complex living tissue geometries during 3D bioprinting, overcoming existing challenges in fabricating organ-like structures. GRACE’s integration of imaging data guides printing adjustments in real time, enhancing precision and viability of printed tissues. This advancement holds transformative potential for regenerative medicine and personalized organ fabrication, addressing the critical shortage of organ donors and paving the way for future clinical applications.